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The material selection platform
Coatings Ingredients
The material selection platform
Coatings Ingredients
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15 products match your search
Product Name
Supplier
Description
Cheng Feng Pigments
Quinacridone Pink 1372-3 by Cheng Feng Pigments is a pink colored quinacridone-based organic pigment. It offers acid-, alkali-, light- and heat resistance. It exhibits resistance against water... view more
AG302 Satin Gold Pearlescent by DCL Corporation is a mixture of rutile titanium dioxide (43-55 %), iron oxide (8-20%) and mica (25-49 %). It is a gold translucent pearlescent pigment with a satin... view more
AG323 Royal Satin Pearlescent by DCL Corporation is a mixture of rutile titanium dioxide (15-26 %), iron oxide (23-36%) and mica (38-62 %). It is a gold pearlescent pigment with a satin finish... view more
AG351 Glitter Gold Pearlescent by DCL Corporation is a mixture of rutile titanium dioxide (16-28 %), iron oxide (7-17%) and mica (55-77 %). It is a gold translucent pearlescent pigment with a... view more
Moonshine® Astral® Gold Shimmer by Glassflake is a special effect interference pigment containing calcium sodium borosilicate (55-66 wt%), tin oxide (0-1 wt%) and titanium dioxide (34-44 wt%). It is... view more
Moonshine® Astral® Gold Super Shimmer by Glassflake is a special effect interference pigment containing calcium sodium borosilicate (56-67 wt%), tin oxide (0-1 wt%) and titanium dioxide (33-43 wt%)... view more
Moonshine® Bronze Ultra Shimmer by Glassflake is a special effect interference pigment containing calcium sodium borosilicate (75-87 wt%) and iron oxide (13-25 wt%). It is based on thin borosilicate... view more
Moonshine® Copper Ultra Shimmer by Glassflake is a special effect interference pigment containing calcium sodium borosilicate (70-80 wt%) and iron oxide (20-30 wt%). It is based on thin borosilicate... view more
Moonshine® Gold Shimmer by Glassflake is a special effect interference pigment containing calcium sodium borosilicate (76-88 wt%), tin oxide (0-1 wt%) and titanium dioxide (12-23 wt%). It is based... view more
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